Kuhnke Technical Data. Contact Details

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1 Kuhnke Technical Data The following page(s) are extracted from multi-page Kuhnke product catalogues or CDROMs and any page number shown is relevant to the original document. The PDF sheets here may have been combined to provide technical information about the specific product(s) you have selected. Hard copy product catalogues, and CDROMs have been published describing Kuhnke Pneumatics, Solenoids, Relays and Electronics; some divided into different books. list of current publications is available on this web site or from our sales offices. Some may be available for download, but as substantially larger files. Contact Details Kuhnke sales and service in North merica Ellis/Kuhnke Controls 132 Lewis Street Unit -2, Eatontown NJ US T: (800) T: (732) F: (732) Important Note The information shown in these documents is for guidance only. No liability is accepted for any errors or omissions. The designer or user is solely responsible for the safe and proper application of the parts, assemblies or equipment described.

2 E 5 E 5 0, ,9 1,55 2, 15 3,90 7 9,20 0,08 0,12 0, ,35 9 0,77 1,18 Nennwiderstand,0,0 15,5 9,8,2 2, Nominal resistance E 52, E 53, 35 E 54, E 5, 5 E 59, 95 M 13,0 15,0 20,0,0 31,0 41,0 10,5 14,5 18, ,0 M E 52, M 18,5 10,0 21,5 11,5 2 1,0 22,0 34,0 27,0 41,0 3,5 1,5 21,0 11,0 1,5 23,5 27,0 29,0 31,0 15,5,0 M 7,0 8,1 11,5 1,4 21,0,5 5,4 7,8 15, 17,2 20,8 23,0,5 27,5 13,3 1, M 3,9 4,8 7,2 10,5 14,5 24,0 3,0 4,5 14,5 15,7 18,5 21,0 22,0 22,5 12,3 15,0 M 1,8 2,2 3, 5,4 14,4 1,5 2,1 12,7 13,7 15,2 1,1 1,5 15,0 11,3 13,4,0 15,0 31,0 23,0 37,0 40,5 3 M E 53, 35 22,0 27,5,5 31,0 10,5 17,0 2,0 M E 54, 20,0 24,0 27,0 27,0,5 11,3,0 23,5 M E 5, ,3 22,5 22,5 3,2 5,9 11,0 14,2 M E 59, 95 14,8 1,3 1 15,0 bei Kühlfläche 0 cm 2 ist die 1,7fache ED * By using a cooling surface 0 cm 2, the M = nfangsdrehmoment M = Initial torque = End torque (5 before end of rotary angle) nschlußart: ca. 5 g (Drehmasse): ca. 4, kg m 2 Zeitkonstante: ca ms lle Magnete mit M > 2,5 sind mit Rückholfeder MR ca. 2,0 2 V C nach Si-Gleichrichterbrücke) ca.,5 appr. 5 g mass): appr kg m 2 Time constant: appr ms ll solenoids with M > 2.5 are of MR = 2.0 approximately. (connected to 2 V C with Si-bridge Ø h9 M4 ca. 0 ca ±0, Ø35 50 Magnet Hauptkatalog 155 Main catalogue

3 E 7 E 7 1, ,5 4 2, , ,0 0,13 0,20 0, 23 0,57 5 2,21 Nennwiderstand,4 15,4 9,4 4,9 1, , Nominal resistance E 72, E 73, 35 E 74, E 7, E 79, 95 M M E 72, M M M M 12, ,5 13, M E 73, M E 74, M E 7, M E 79, bei Kühlfläche 900 cm 2 ist die 1,7fache ED * By using a cooling surface 900 cm 2, the M = nfangsdrehmoment M = Initial torque = End torque (5 before end of rotary angle) nschlußart: ca g (Drehmasse): ca kg m 2 Zeitkonstante: ca ms lle Magnete mit M > 9,5 sind mit Rückholfeder MR ca. 2 V C nach Si-Gleichrichterbrücke) ca.31 appr g mass): appr kg m 2 Time constant: appr ms ll solenoids with M > 9.5 are of MR = 8.0 approximately. (connected to 2 V C with Si-bridge Ø10 h9 Ø50 ca. 85 ca.97 ±0,5 M Magnet Hauptkatalog 15 Main catalogue

4 E 9 E 9 1,75 2, , 7, , 10 1,50 0, 0 0, ,2 0, ,95 3,15 Nennwiderstand 13,80 8,0 5,40 3,40 1,80 1, Nominal resistance E 92, E 93, 35 E 94, E 9, 5 E 99, 95 M M E 92, M M M M M E 93, M E 94, M E 9, M E 99, bei Kühlfläche 100 cm 2 ist die 1,7fache ED * By using a cooling surface 100 cm 2, the M = nfangsdrehmoment M = Initial torque = End torque (5 before end of rotary angle) nschlußart: ca. 00 g (Drehmasse): ca kg m 2 Zeitkonstante: ca ms lle Magnete mit M > 1 sind mit Rückholfeder MR ca. 15,0 2 V C nach Si-Gleichrichterbrücke) ca.31 appr. 00 g mass): appr kg m 2 Time constant: appr ms ll solenoids with M > 18.0 are of MR = 15.0 approximately. (connected to 2 V C with Si-bridge Ø12 h9 Ø ca. 110 ca.122 ±0,5 7 M 8 Magnet Hauptkatalog 157 Main catalogue

5 e Technische Informationen s Technical Notes 8. Wellenausführung (Hinweise zur Bestellformel Seite 1) 8. Shaft designs (order specifications see page 1) Die Drehmagnete sind in folgenden usführungen nach Übersicht Die Bestellbezeichnung ergibt sich dabei wie folgt: Normal Rückholfeder Spring return The following types of rotary solenoids are available. Resulting in the following abbreviations for ordering: 1. Buchstabe Drehrichtung auf das Wellenende gesehen L linksdrehendes Wellenende R rechtsdrehendes Wellenende B beidseitiges Wellenende LOO LOL LOR 1. letter Direction of rotation (facing the output shaft) L anti-clockwise rotation R clockwise rotation B shaft extensions both ends 2. Buchstabe O Standardausführung ohne R auf nfrage L auf nfrage 3. Buchstabe Rückholfeder (das Rückholfedermoment ist von den Listen-Drehmomenten abzuziehen) L am linksdrehenden Wellenende R am rechtsdrehenden Wellenende O keine Rückholfeder B beidseitig Beispiel 1 linksdrehend, Standardausführung, ohne Rückholfeder LOO - Beispiel 2 beidseitiges Wellenende, Rückholfeder am linksdrehenden Wellenende BOL - Rückholfederkorb (mit Schutzkappe) ROO BOO Rückholfeder ØD L F ROL ROR BOL BOR Spring return 2. letter Centering shoulder O standard type without mounting ring R optional L optional 3. letter Return spring the torque exerted by the spring is to be subtracted from the torque values given in the data sheets L on the anti-clockwise shaft end R on the clockwise shaft end O no return spring fitted B both sides Example 1 anti-clockwise rotation, no return spring, standard shaft length LOO - Beispiel 2 shaft extensions on both ends, return spring on anti-clockwise rotation end BOL - (Zentrierung) Zentrierung ØD h10 Centering Spring return arrangement (with protection cap) L Z Mounting ring (centering) Maßangabe in mm/ Magnetgröße/Solenoid size Dimensions in mm D2 12,0 D3/E3 15,0 D5/E5 21,0 D 24,5 5,0 10,0 13,0,0 22,0 1,8 1,8 3,0 3,0 D7/E7 D9/E ,5 4,5 Magnet Hauptkatalog 141 Main catalogue